Drop RCT_EXPORT_METHOD from RCTClipboard TurboModule (#57671)#57671
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Drop RCT_EXPORT_METHOD from RCTClipboard TurboModule (#57671)#57671christophpurrer wants to merge 1 commit into
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Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 24, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
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Jul 24, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
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christophpurrer
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Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
christophpurrer
added a commit
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Jul 25, 2026
Summary: Changelog: [Internal] `RCTClipboard` is a TurboModule: it conforms to `NativeClipboardSpec` and implements `getTurboModule:` returning the codegen'd `...SpecJSI`. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies the `selector` and argument kinds, invoked at runtime via `NSMethodSignature` / `NSInvocation`), not by the `RCT_EXPORT_METHOD` macro's `__rct_export__` metadata. The exported methods here are async-void with concrete parameter types (no generic `id` requiring `RCTConvert` coercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'd `NativeClipboardSpec` protocol keeps compiler-enforced signature parity. Signature-only refactor with no change to the JS-facing API. Sync methods, methods with `id` params, and `constantsToExport` are intentionally left untouched. Differential Revision: D113568495
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Summary:
Changelog: [Internal]
RCTClipboardis a TurboModule: it conforms toNativeClipboardSpecand implementsgetTurboModule:returning the codegen'd...SpecJSI. For TurboModules, the JS->ObjC dispatch is driven by codegen (the generated spec supplies theselectorand argument kinds, invoked at runtime viaNSMethodSignature/NSInvocation), not by theRCT_EXPORT_METHODmacro's__rct_export__metadata.The exported methods here are async-void with concrete parameter types (no generic
idrequiringRCTConvertcoercion), so the macro is not functionally required. Convert them to plain ObjC method declarations; conformance to the codegen'dNativeClipboardSpecprotocol keeps compiler-enforced signature parity.Signature-only refactor with no change to the JS-facing API. Sync methods, methods with
idparams, andconstantsToExportare intentionally left untouched.Differential Revision: D113568495